JPS5852218B2 - Automatic sorting and winding device for developed and dried long negative film - Google Patents
Automatic sorting and winding device for developed and dried long negative filmInfo
- Publication number
- JPS5852218B2 JPS5852218B2 JP55011643A JP1164380A JPS5852218B2 JP S5852218 B2 JPS5852218 B2 JP S5852218B2 JP 55011643 A JP55011643 A JP 55011643A JP 1164380 A JP1164380 A JP 1164380A JP S5852218 B2 JPS5852218 B2 JP S5852218B2
- Authority
- JP
- Japan
- Prior art keywords
- negative film
- automatic
- electronic controller
- guide path
- long
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired
Links
Classifications
-
- G—PHYSICS
- G03—PHOTOGRAPHY; CINEMATOGRAPHY; ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ELECTROGRAPHY; HOLOGRAPHY
- G03D—APPARATUS FOR PROCESSING EXPOSED PHOTOGRAPHIC MATERIALS; ACCESSORIES THEREFOR
- G03D15/00—Apparatus for treating processed material
- G03D15/001—Counting; Classifying; Marking
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y10—TECHNICAL SUBJECTS COVERED BY FORMER USPC
- Y10T—TECHNICAL SUBJECTS COVERED BY FORMER US CLASSIFICATION
- Y10T156/00—Adhesive bonding and miscellaneous chemical manufacture
- Y10T156/12—Surface bonding means and/or assembly means with cutting, punching, piercing, severing or tearing
- Y10T156/13—Severing followed by associating with part from same source
Landscapes
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Photographic Processing Devices Using Wet Methods (AREA)
- Replacement Of Web Rolls (AREA)
- Controlling Rewinding, Feeding, Winding, Or Abnormalities Of Webs (AREA)
- Projection-Type Copiers In General (AREA)
- Collation Of Sheets And Webs (AREA)
Description
【発明の詳細な説明】
本発明は、画面サイズの異なるタイプのネガフイルムを
多数接続してなる長尺ネガフィルムをシネ式自動現像機
によって現像、乾燥処理を済ませた該長尺ネガフィルム
をネガフィルムの画面サイズのタイプ別に仕分は巻取り
する自動仕分は巻取り装置に関するものである。DETAILED DESCRIPTION OF THE INVENTION The present invention provides a method for developing and drying a long negative film formed by connecting a large number of negative films of different screen sizes using a cine-type automatic developing machine. Automatic sorting and winding of films according to screen size type relates to a winding device.
写真の現像所においては、現像所に送られて来る多数の
パトローネ入りの撮影露光済みのネガフィルムを、パト
ローネから暗所でネガフィルムを取出し、これを接続し
て長尺ネガフィルムの長巻きとし、シネ式自動現像機に
よって現像、乾燥処理するのが一般である。In a photo processing laboratory, a large number of cartridges of exposed negative film are sent to the laboratory, and the negative films are removed from the cartridges in a dark place and connected to form a long roll of long negative film. Generally, the film is developed and dried using a cine-type automatic processor.
しかし現在、一般に現像所に送られて来る最も多いパト
ローネ入りの３５間のネガフィルムには、画面サイズが
ライカ判のタイプのものと、普通−・−７判と呼ばれて
いる画面サイズがライカ判の半分のタイプのものがあり
、又そのネガフィルムの画面サイズのタイプについては
、パトローネ又は送り状に表示されていないのが普通で
、ネガフィルムの画面サイズのタイプは現像してみない
と判別できないので、上記のシネ式自動現像機で処理す
るための多数のネガフィルムを接続した長尺ネガフィル
ムには、画面サイズの異なるタイプすなわちライカ判の
ネガフィルムとハーフ判のネガフィルムが混在する。However, currently, the most common cartridge-packed 35-inch negative films sent to photo labs are those with a screen size of Leica format, and those with a screen size of what is commonly called -7 format. There are types that are half the size of the negative film, and the screen size type of the negative film is usually not indicated on the cartridge or invoice, and the screen size type of the negative film cannot be determined until it is developed. Therefore, the long negative film, which is made by connecting a large number of negative films to be processed by the above-mentioned automatic cine processing machine, contains a mixture of types with different screen sizes, namely Leica-size negative film and half-size negative film.
従って、この３５朋の長尺ネガフィルムをシネ式自動現
像機で現像、乾燥処理を済せた長尺ネガフィルムから、
自動焼付は機で能率的に連続焼付は処理をするには、上
記の現像、乾燥済みの長尺ネガフィルムから順次ネガフ
ィルムを一本づつ作業員が目で画面サイズのタイプを判
別して切断、仕分けを行い、これを画面サイズのタイプ
別に再接続してそれぞれ画面サイズの同一タイプの焼付
は用の長巻とする必要があり、現像所では大量の上記の
処理作業には多くの人手と手間と作業時間を要している
のが現状である。Therefore, from this 35-inch long negative film that has been developed and dried using a cine-type automatic processor,
In order to efficiently perform continuous printing using an automatic printing machine, a worker visually identifies the type of screen size and cuts the negative film one by one from the developed and dried long negative film described above. , it is necessary to sort them and reconnect them by screen size type to create a long roll for printing each type of screen size, and in the photo lab it takes a lot of manpower to process a large amount of the above processing work. The current situation is that it requires a lot of effort and work time.
本発明は、上記の現状にかんがみ、上記した現像、乾燥
済みの長尺ネガフィルムの処理作業を自動化して作業能
率の向上と省力化を図る新らしい装置を提供するもので
ある。In view of the above-mentioned current situation, the present invention provides a new apparatus that automates the processing work of the developed and dried long negative film, thereby improving work efficiency and saving labor.
以下に、本発明の現像、乾燥済みの長尺ネガフィルムの
自動仕分は巻取り装置を、添附の実施例図に基いて説明
する。DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Below, an automatic sorting and winding device for developed and dried long negative films according to the present invention will be described with reference to the accompanying drawings.
第１図に示すように、シネ式自動現像機（図示せず）に
よって現像、乾燥処理を済ませた画面サイズのタイプの
異なるネガフィルムを多数接続してなる長尺ネガフィル
ム１ば、本装置の導入部２から装置内に導入され、この
長尺ネガフィルム１は自動的にネガフィルムの画面サイ
ズのタイプ別に分離、仕分けられると共に画面サイズの
同一タイプのネガフィルムに再接続されてそれぞれ巻軸
３，３′に巻取られる。As shown in FIG. 1, a long negative film 1 made by connecting a number of negative films of different screen sizes that have been developed and dried using a cine-type automatic processor (not shown) is used in this apparatus. The long negative film 1 is introduced into the apparatus from the introduction section 2, and is automatically separated and sorted by type of negative film screen size, and is reconnected to the negative film of the same type of screen size, and then transferred to the winding shaft 3. , 3'.
なお、この実施例では、上記の長尺ネガフィルム１は、
画面サイズがライカ判のタイプの３５間ネガフィルムと
画面サイズがハーフ判のタイプの３５關ネガフイルムが
混じって接続される場合を例示している。In this example, the long negative film 1 is as follows:
This example shows a case where a 35-inch negative film with a Leica screen size and a 35-inch negative film with a half-screen size are mixed and connected.
しかして、上記した導入部２に導入された長尺ネガフィ
ルム１は、案内ローラ４から光学検出器５０部を経て固
定案内通路６及び自動仕分は案内通路７を通り駆動ロー
ラ８，８′によって搬送されて巻軸３，３′に巻取られ
る構成になっており、第１図では、長尺ネガフィルム１
が、上記の自動仕分は案内通路７の下段の案内通路を通
って駆動ローラ８によって搬送されて巻軸３に巻取られ
る状態が図示されている。The long negative film 1 introduced into the above-mentioned introduction section 2 passes through a guide roller 4, an optical detector 50, a fixed guide path 6, and an automatic sorting guide path 7, and is driven by drive rollers 8, 8'. It is configured to be transported and wound around winding shafts 3, 3', and in FIG. 1, a long negative film 1 is
However, in the above-mentioned automatic sorting, the state in which the sheets are conveyed by the drive roller 8 through the lower guide path of the guide path 7 and wound onto the winding shaft 3 is illustrated.
更に、上記の固定案内通路６の上部には自動切断機９が
、該通路６の後端上部には自動接合機１０が設げられて
いる。Further, an automatic cutting machine 9 is provided above the fixed guide passage 6, and an automatic joining machine 10 is provided above the rear end of the passage 6.
又、上記した自動仕分は案内通路Ｉは、複数段（図面で
は２段）の案内通路から成り、昇降カム１１によって上
、下に移動して案内通路の変換が行なわれる構成になっ
ている。The guide path I in the automatic sorting system described above is composed of a plurality of stages (two stages in the drawing) of guide paths, and is moved upward and downward by an elevating cam 11 to convert the guide path.
つぎに、上記した自動接合機１０は、固定案内通路６の
自動切断機９の前方に設げられた移送ローラ１２と、上
記の固定案内通路６の後端の自動接合機１０の下方に設
けられた左、右のネガフィルムの衝合検出手段１３と、
上記の自動仕分は案内通路７と、駆動ローラ８゜８′に
関連され自動再接続機構１４が構成されている。Next, the automatic joining machine 10 described above has a transfer roller 12 provided in front of the automatic cutting machine 9 in the fixed guide path 6, and a transfer roller 12 provided below the automatic joining machine 10 at the rear end of the fixed guide path 6. collision detection means 13 for the left and right negative films,
The automatic sorting described above is associated with the guide path 7 and the drive rollers 8.about.8', and an automatic reconnection mechanism 14 is constructed.
（第５図参照）しかして、上記の駆動ローラ８．８′及
び移送ローラ１２はそれぞれパルスモータ（図示省略）
に連結され、上記の各ローラ、自動切断機９、自動接合
機１０、自動仕分は案内通路Ｉ及び自動再接続機構１４
は、第１図には図示を省略したが、第２図に例示する電
子制御器１５によって電気制御されるものである。(See Figure 5) The drive rollers 8, 8' and transfer roller 12 are each driven by a pulse motor (not shown).
The above-mentioned rollers, automatic cutting machine 9, automatic joining machine 10, automatic sorting are connected to a guide path I and an automatic reconnection mechanism 14.
Although not shown in FIG. 1, it is electrically controlled by an electronic controller 15 illustrated in FIG. 2.
つぎに、第１図〜第１図によって本装置の作用及び電気
制御の詳細について詳記する。Next, details of the operation and electrical control of this device will be described in detail with reference to FIGS.
本装置の導入部２に設けられた上記の光学検出器５は、
ネガフィルムの画面サイズ検出部５′とネガフィルムの
接合部検出部５“とよりなる。The above-mentioned optical detector 5 provided in the introduction section 2 of this device is
It consists of a negative film screen size detection section 5' and a negative film joint detection section 5''.
画面サイズ検出部５′は、光源器１６と受光検出素子１
７と対を形成し、該受光検出素子１Ｔより上記電子制御
器１５に電気信号を送出し、接合部検出部５″（ま、発
光素子１８と受光検出素子１９と対を形成し、該受光検
出素子１９から上記電子制御器１５に電気信号を送出す
る。The screen size detection section 5' includes a light source 16 and a light receiving detection element 1.
7 and sends an electric signal to the electronic controller 15 from the light receiving and detecting element 1T, and forming a pair with the light emitting element 18 and the light receiving and detecting element 19, and sends an electric signal to the electronic controller 15 from the light receiving and detecting element 1T. An electrical signal is sent from the detection element 19 to the electronic controller 15 .
本装置に導入された上記した長尺ネガフィルム１のネガ
フィルムの接合部２０（第３図及び第４図参照）カキ記
の接合部検出部５“を通過する時、受光検出素子１９は
接合部２０、すなわち透光が最も悪い個所、を検出して
電気信号を電子制御器１５に送出すると共に、画面サイ
ズ検出部５′は検出を開始し、その受光検出素子１Ｔは
通過する長尺ネガフィルム１のネガフィルムの画面（駒
）の間隙部２１、すなわち透光が最もよい部分、を検出
して電気信号を電子制御器１５に送出する、この電子制
御器１５において、上記の画面サイズ検出部５′から受
ける該検出部５′を通過する長尺ネガフィルム１のネガ
フィルムの順次検出される複数個の画面（駒）の間隙部
２１の信号から、該間隙部２１の間の長さ、すなわち画
面サイズ長から了め記憶せしめたネガフィルムの画面サ
イズのタイプの画面サイズ長と比較して上記画面サイズ
検出部５′を通過するネガフィルムの画面サイズのタイ
プを、例えばライカ判と判定し、先に接合部検出部５“
を通過した接合部２０の前のネガフィルムが、第４図図
ａに示すように、同タイプのライカ判である時は、その
まますなわち第１図に図示する状態で、長尺ネガフィル
ム１を駆動ローラ８によって巻取り部まで搬送して巻軸
３に巻取りする。When the negative film joint 20 (see FIGS. 3 and 4) of the above-mentioned long negative film 1 introduced into this apparatus passes through the joint detection section 5'', the light receiving detection element 19 detects the joint. At the same time, the screen size detection section 5' starts detection, and its light receiving detection element 1T detects the passing long negative. The electronic controller 15 detects the gap 21 of the screen (frame) of the negative film of the film 1, that is, the part where light transmission is best, and sends an electric signal to the electronic controller 15. The length between the gaps 21 is determined from the signals of the gaps 21 of a plurality of screens (frames) sequentially detected in the long negative film 1 passing through the detection unit 5', which is received from the detection unit 5'. That is, by comparing the screen size length of the screen size type of the negative film determined and stored from the screen size length, the screen size type of the negative film passing through the screen size detection section 5' is determined to be, for example, Leica size. Then, first connect the joint detection part 5"
When the negative film in front of the joint 20 that has passed through is the same type of Leica film as shown in FIG. It is conveyed to the winding section by the drive roller 8 and wound onto the winding shaft 3.
しかし、画面サイズ検出部５′からの上記の信号から電
子制御器１５において該画面サイズ検出部５′を通過す
るネガフィルムを、前のネガフィルムの画面サイズのタ
イプと異なるタイプすなわち、第４図図すに示すように
、・・−フ判と判定した時は、前記したネガフィルムの
接合部２０を固定案内通路６にある自動切断機９の位置
に停止させ、ついで、電子制御器１５は自動切断機９を
電気制御して降下させ、上記のネガフィルムの接合部２
０を、第６図に例示するように、切断する。However, based on the above-mentioned signal from the screen size detection section 5', the electronic controller 15 determines whether the negative film passing through the screen size detection section 5' is of a type different from the screen size of the previous negative film, that is, as shown in FIG. As shown in FIG. The automatic cutting machine 9 is electrically controlled and lowered to cut the above-mentioned negative film joint 2.
0 is cut as illustrated in FIG.
上記の停止の位置は、接合部検出部５“で検出した電気
信号を受けた電子制御器１５が、駆動ローラ８のパルス
モータＭをパルス制御して、長尺ネガフィルム１を接合
部検出部５ｕ位置から自動切断機９に至る距離だけ搬送
せしめることによって行なわれる。The above stop position is determined by the electronic controller 15 which receives the electric signal detected by the joint detection section 5'' and pulse-controls the pulse motor M of the drive roller 8 to move the long negative film 1 to the junction detection section. This is done by conveying the distance from the 5u position to the automatic cutting machine 9.
ついで、上記の切断によって接合部２０が切落されると
、第５図に示されるように、再び電子制御器１５によっ
て制御されるパルスモータＭによる駆動ローラ８によっ
て切断されたネガフィルムの後端が自動案内仕分は案内
通路７の下段の案内通路の人口まで搬送されて停止し、
ついで、電子制御器１５によって電気制御される昇降カ
ム１１によって自動仕分は案内通路７は下方に移動し、
自動仕分は案内通路７の上段の案内通路（第５図は下方
に移動前の状態を示す）は固定案内通路６と同レベルに
位置する。Then, when the joint 20 is cut off by the above-described cutting, the rear end of the negative film is cut off again by the drive roller 8 driven by the pulse motor M controlled by the electronic controller 15, as shown in FIG. The automatic guide sorting is carried to the lower guide passage 7 and stops.
Then, the automatic sorting guide path 7 is moved downward by the lifting cam 11 that is electrically controlled by the electronic controller 15.
In automatic sorting, the upper guide path of the guide path 7 (FIG. 5 shows the state before moving downward) is located at the same level as the fixed guide path 6.
これと同時に、自動接合機１０の接合部の中央位置に下
方から衝合検出手段１３の検出スイッチレバー２２が電
子制御器１５で制御される昇降ソレノイド２３によって
上昇しく第５図の点線図示参照）、ついで自動仕分は案
内通路７の上段の案内通路からこの案内通路にある先に
切断されたネガフィルム（この場合は−・−）判のタイ
プのネガフィルム）は、電子制御器１５で制御されるパ
スモータＭ１ による駆動ローラ８′の逆方向の駆動に
よって固定案内通路６に逆送され、上記の先に切断され
たネガフィルムの後端が、第γ図図ａに示すように、上
記の検出スイッチレバー２２に当接すると、第５図に示
すスイッチ２７′がＯＮして停止信号を電子制御器１５
に送り、上記の右側のネガフィルムの後端はその位置に
停止する。At the same time, the detection switch lever 22 of the collision detection means 13 is raised from below to the center position of the joint of the automatic joining machine 10 by the lifting solenoid 23 controlled by the electronic controller 15 (see the dotted line diagram in FIG. 5). Then, the automatic sorting is carried out from the upper guide path of the guide path 7 to the previously cut negative films (in this case, negative films of -. The drive roller 8' is driven in the opposite direction by the pass motor M1, and the rear end of the previously cut negative film is conveyed back to the fixed guide path 6, as shown in Fig. When it comes into contact with the switch lever 22, the switch 27' shown in FIG. 5 is turned on and a stop signal is sent to the electronic controller 15.
The trailing edge of the negative film on the right side above stops at that position.
一方、自動扱断機９によって接合部を切断された長尺ネ
ガフィルム１の前端は、電子制御器１５で制御されるパ
ルスモータＭ２ による移送ローラ１２の駆動によって
、固定案内通路６を移送され、その前端が第７図図ａに
示すように、上記の検出スイッチレバー２２に当接する
と、第５図に示すスイッチ２７がＯＮして停止信号の電
子制御器１５に送り、上記の長尺ネガフィルム１の切断
された前端はその位置に停止する。On the other hand, the front end of the long negative film 1 whose joints have been cut by the automatic handling machine 9 is transported along the fixed guide path 6 by the driving of the transport roller 12 by the pulse motor M2 controlled by the electronic controller 15. When its front end comes into contact with the detection switch lever 22 as shown in FIG. 7a, the switch 27 shown in FIG. The cut front end of the film 1 stops at that position.
又これと同時に自動衝合検出手段１３の検出スイッチレ
バー２２は元の位置に戻る。At the same time, the detection switch lever 22 of the automatic collision detection means 13 returns to its original position.
かくして、長尺ネガフィルム１の切断された前端と、こ
れに再接続される先に切断された画面サイズの同一タイ
プ（−・−）判）のネガフィルムの後端とは自動接合機
１０の接合部で衝合される。Thus, the cut front end of the long negative film 1 and the rear end of the cut negative film of the same type (-/-) size that was cut earlier are connected to the cut front end of the long negative film 1 by the automatic splicing machine 10. Abutted at the joint.
ついで、電子制御器１５による電気制御によって、自動
接合機１０の接合部に接着テープの送出部（図示省略）
から、第７図図すに示すように、再接合される左、右の
ネガフィルム、端の衝合部の上に接着テープ２４が送出
されると共に、自動接合機１０のカッター２５付押板２
６が下降して接着テープ２４を上記の衝合部に跨って接
着すると同時に、第Ｔ図図Ｃに示すように、ネガフィル
ムの両側辺において接着された接着テープ２４はカッタ
ー２５によって切断されて切落されネガフィルムは再接
続される。Then, under electrical control by the electronic controller 15, an adhesive tape delivery section (not shown) is applied to the joining section of the automatic joining machine 10.
Then, as shown in FIG. 7, the adhesive tape 24 is delivered onto the abutting portions of the edges of the left and right negative films to be rejoined, and the press plate with cutter 25 of the automatic splicer 10 is fed out. 2
At the same time, the adhesive tape 24 is cut by a cutter 25 on both sides of the negative film, as shown in FIG. It is cut off and the negative film is reattached.
すなわちこの場合、先に切断された画面サイズのハーフ
判のタイプのネガフィルムと長尺ネガフィルム１の先端
の画面サイズの−・−フ判のタイプのネガフィルムとが
再接続される。That is, in this case, the previously cut half-sized negative film of the screen size and the half-sized negative film of the screen size at the leading end of the long negative film 1 are reconnected.
この再接続が終ると、電子制御器１５によって制御され
る駆動ロー２８′によって上記の再接続されたネガフィ
ルムは自動仕分は案内通路１の上段の案内通路を通って
搬送されて巻軸３′に巻取られる。When this reconnection is completed, the reconnected negative film is conveyed through the upper guide path of the guide path 1 for automatic sorting by the drive row 28' controlled by the electronic controller 15, and then transported to the winding shaft 3'. It is wound up.
かくして、長尺ネガフィルム１が駆動ローラ８′によっ
て搬送されハーフ判のタイプのネガフィルムに再接続さ
れて巻軸３′に巻取られている時、導入部において長尺
ネガフィルム１のネガフィルムの接合部２０につづくネ
ガフィルムの画面サイズのタイプが異なっている（この
場合はシイカ判のタイプ）と光学検出器５よりの信号を
受けて電子制御器１５で判定されると、上記した作動に
準する作動を行って、自動仕分は案内通路１の下段の案
内通路を通って長尺ネガフィルム１はライカ判のタイプ
のネガフィルムに再接続されて巻軸３に巻取られる。Thus, when the long negative film 1 is conveyed by the drive roller 8', reconnected to the half-format type negative film, and wound up on the winding shaft 3', the negative film of the long negative film 1 is removed at the introduction section. When the electronic controller 15 receives a signal from the optical detector 5 and determines that the screen size type of the negative film following the joint 20 is different (in this case, the Shiika format type), the above-mentioned operation is performed. In automatic sorting, the long negative film 1 is reconnected to the Leica format negative film and wound onto the winding shaft 3 through the lower guide path 1.
このようにして、光学検出器５に長尺ネガフィルム１の
画面サイズが異なるタイプ（この場合ライカ判と−・−
）判）のネガフィルムが来る毎に上記の作動を繰返えし
行い、巻軸３，３′にネガフィルムのタイプ別に仕分け
られて巻取られる。In this way, the optical detector 5 is equipped with a long negative film 1 of different screen sizes (in this case, Leica size and...
The above-mentioned operation is repeated every time a negative film (size) is received, and the negative film is sorted by type and wound onto the winding shafts 3, 3'.
なお、上記に説明した実施例図に基く本装置における光
学検出器５の画面サイズ検出部５′と接合検出部５“の
配設の前後関係はこれを逆にすることも可能であり、又
雨検出部５，５′の検出を同一の光学検出器で行うよう
にすることも可能である。Note that the arrangement of the screen size detection section 5' and the joint detection section 5'' of the optical detector 5 in this device based on the embodiment diagrams described above can be reversed, or It is also possible to use the same optical detector to detect the rain in the rain detection units 5 and 5'.
又、自動再接続機構における自動接合機１０の接合部に
おける衝合検出手段は、他の適当な手段とすることも可
能であり、自動接合機１０も接着テープによる接合以外
の自動接合機とすることも可能である。In addition, the collision detection means at the joining part of the automatic joining machine 10 in the automatic reconnection mechanism may be other suitable means, and the automatic joining machine 10 may also be an automatic joining machine other than joining using adhesive tape. It is also possible.
又、３５醋のネガフィルムの長尺ネガフィルムに混在し
て接続される画面サイズの異なるタイプとしては、ライ
カ判とハーフ判以外の画面サイズの異なるタイプを混在
させる場合は、上記に説明した実施例の装置に準じて、
仕分げするネガフィルムの画面サイズの異なるタイプ数
に適応するよう本発明の装置を構成することは勿論可能
である。In addition, as for the types of different screen sizes that are mixed and connected to a long negative film of 35 mm, if types of different screen sizes other than Leica size and half size are mixed, the above-mentioned implementation method is recommended. According to the example device,
It is of course possible to configure the apparatus of the present invention to accommodate a number of different types of screen sizes of negative films to be sorted.
更に又、本発明の装置は３５ｍｍネガフィルムに限られ
ず、他のサイズのネガフィルムにも適用可能である。Furthermore, the apparatus of the present invention is not limited to 35 mm negative film, but can also be applied to negative films of other sizes.
つぎに、本発明の装置は、シネ式自動現像機の乾燥箱出
口に設置して、現像、乾燥済みの長尺ネガフィルムを、
つづけて本発明の装置に導入するのが最も便利であるが
、上記の長尺ネガフィルムを一旦巻取りして、これを別
の場所に設置する本発明の装置に導入してもよい。Next, the device of the present invention is installed at the drying box outlet of a cine-type automatic processor to process developed and dried long negative films.
Although it is most convenient to subsequently introduce the film into the apparatus of the present invention, the long negative film described above may be wound up once and then introduced into the apparatus of the present invention installed at another location.
上述するように、本発明の現像、乾燥済み長尺ネガフィ
ルムの自動仕分は巻取り装置は、シネ式自動現像機によ
って現像、乾燥処理を済ませた画面サイズのタイプの異
なるネガフィルムを多数接続してなる長尺ネガフィルム
から、自動的に、ネガフィルムの画面サイズのタイプ別
に再接続された画面サイズの同一タイプのネガフィルム
に仕分けてそれぞれ別軸に巻取りすることができる新ら
しい優れた装置であって、写真現像所において自動焼付
は機に掛けるために、現像、乾燥処理済みの長尺ネガフ
ィルムから画面サイズの同一タイプのネガフィルムの長
巻きとするための従来の多くの人手と、手間と、作業時
間を要する処理作業を、極めて大幅に節約でき、上記の
処理作業の装置による自動化によって能率化と合理化に
役立つものである。As described above, the automatic sorting and winding device for developed and dried long negative films of the present invention connects a large number of negative films of different screen sizes that have been developed and dried by a cine-type automatic developing machine. A new and excellent device that can automatically sort a long negative film into negative films of the same type of screen size that are reconnected according to the type of negative film screen size and wind them on separate shafts. However, in order to perform automatic printing at a photo processing laboratory, it requires a lot of manual labor to convert a long negative film that has been developed and dried into a long roll of negative film of the same screen size. Processing operations that require labor and time can be significantly reduced, and the automation of the above-mentioned processing operations with the device is useful for efficiency and rationalization.
添附の図面は本発明の装置の実施例によって説明するも
ので、第１図は本発明の一実施例の装置の概略側面図、
第２図は上記装置の電子制御器と電気制御を示すブロッ
ク図、第３図は本発明の装置における光学検出器の縦断
面図、第４図は長尺ネガフィルムのネガフィルムの接合
部を示し図ａは接合部の左右のネガフィルムが同一タイ
プのライカ判である場合を示し、図すは上記の接合部の
右のネガフィルムのタイプがライカ判で左のネガフィル
ムのタイプか−・−フ判の場合を示すものである。
つぎに第５図は、本発明の装置の要部の側面図、第６図
はネガフィルムの接合部が切断された状態を示す説明図
、第７図はネガフィルムの再接続の接合を順次的に示す
説明図である。
１・・・・・・長尺ネガフィルム、２・・・・・・導入
部、３゜３′・・・・・・巻軸、４・・・・・・案内ロ
ーラ、５・・・・・・光学検出器、５′・・・・・・画
面サイズ検出部、５“・・・・・・接合部検出部、６・
・・・・・固定案内通路、７・・・・・・自動仕分は案
内通路、８，８′・・・・・・駆動ローラ、９・・・・
・・自動切断機、１０・・・・・・自動接合機、１１・
・・・・・昇降カム、１２・・・・・・移送ローラ、１
３・・・・・・衝合検出手段、１４・・・・・・自動再
接続機構、１５・・・・・・電子制御器、１６・・・・
・・光源器、１１・・・・・・受光検出素子、１８・・
・・・・発光素子、１９・・・・・・受光検出素子、２
０・・・・・・ネガフィルムの接合部、２１・・・・・
・画面（駒）の間隙部、２２・・・・・・検出スイッチ
レバー ２３・・・・・・昇降ソレノイド、２４°°・
・・・接着テープ、２５・・・・・・カッター２６・・
・・・・押板、２７，２１′・・・・・・スイッチ、Ｍ
。
Ｍ１２Ｍ２・・・・・・パルスモータ。The accompanying drawings illustrate an embodiment of the device of the invention, and FIG. 1 is a schematic side view of the device of one embodiment of the invention;
Fig. 2 is a block diagram showing the electronic controller and electric control of the above device, Fig. 3 is a longitudinal cross-sectional view of the optical detector in the device of the present invention, and Fig. 4 shows the joint of the negative film of a long negative film. Figure a shows the case where the negative films on the left and right of the joint are of the same type, Leica format, and the figure shows the type of negative film on the right of the joint above is Leica format, and the type of negative film on the left. - This shows the case of flat size. Next, Fig. 5 is a side view of the main parts of the apparatus of the present invention, Fig. 6 is an explanatory diagram showing the state in which the joint of the negative film is cut, and Fig. 7 is a sequential diagram of the reconnection of the negative film. FIG. 1...Long negative film, 2...Introduction section, 3゜3'...Reel shaft, 4...Guide roller, 5... ...Optical detector, 5'... Screen size detection section, 5"... Joint detection section, 6.
...Fixed guide path, 7...Automatic sorting guide path, 8, 8'...Drive roller, 9...
... Automatic cutting machine, 10 ... Automatic joining machine, 11.
...Elevating cam, 12...Transfer roller, 1
3... Collision detection means, 14... Automatic reconnection mechanism, 15... Electronic controller, 16...
...Light source device, 11... Light receiving detection element, 18...
... Light emitting element, 19 ... Light receiving detection element, 2
0...Joint part of negative film, 21...
・Gap between screen (piece), 22...detection switch lever 23...lifting solenoid, 24°°
...Adhesive tape, 25...Cutter 26...
...Press plate, 27, 21'...Switch, M
. M12M2...Pulse motor.
Claims (1)
た画面サイズのタイプの異なるネガフィルムを多数接続
してなる長尺ネガフィルムから、本装置の導入部におい
てネガフィルムの画面サイズ及びネガフィルムの接合部
を検知してこれを電気信号として送出する光学検出器と
、上記の長尺ネガフィルムの前後のネガフィルムの画面
サイズのタイプを異にするネガフィルムの接合部を電気
制御によって切断する自動切断機と、上記の切断した長
尺ネガフィルムの前端と再接続する先に切断された両筒
サイズの同一タイプのネガフィルムの後端とを、電気制
御によって自動接合機の接合位置に衝合して接合する自
動再接続機構と、電気制御によって上、下に移動して案
内通路を変換してネガフィルムを画面サイズのタイプ別
に仕分は分送する複数段の案内通路構成の自動仕分は案
内通路と、上記の自動仕分は案内通路の各段案内通路に
それぞれ関連して設けられ電気制御によってネガフィル
ムを正、逆方向に搬送するパルスモータによる駆動ロー
ラと、上記の光学検出器からの電気信号を受けて上記し
た自動切断機、自動再接続機構、自動仕分は案内通路及
び駆動ローラのパルスモータを電気制御する電子制御器
とを具えたことを特徴とする現像、乾燥済み長尺ネガフ
ィルムの自動仕分は巻取り装置。 ２ 上記の特許請求の範囲１に記載の駆動ローラから搬
送される画面サイズの同一タイプ別に仕分けされた再接
続ネガフィルムをそれぞれ巻取すする別軸を有する現像
、乾燥済み長尺ネガフィルムの自動仕分は巻取り装置。 ３ 上記の特許請求の範囲１に記載の自動再接続機構が
、上記の自動切断機によって切断された長尺ネガフィル
ムの前端を上記の自動接合機の接合位置に移送する上記
の電子制御器によって電気制御されるパルスモータによ
る移送ローラと、上記の電子制御器による電気制御によ
って、上記の自動仕分は案内通路の該当案内通路から駆
動ローラによって上記の長尺ネガフィルムの前端に再接
続される先に切断された画面サイズの同一タイプのネガ
フィルムの後端を上記の自動接合機の接合位置に逆送す
る手段と、上記の自動接合機の接合位置において上記の
左、右のネガフィルムの前端と後端の衝合を検出して左
、右のネガフィルムの停止の電気信号を上記の電子制御
器に送出する衝合検出手段と、この停止についで上記の
ネガフィルム端の衝合部を上記の電子制御器による電気
制御によって接合する自動接合機とより構成された現像
、乾燥済み長尺ネガフィルムの自動仕分は巻取り装置。 ４ 上記の特許請求の範囲１又は３に記載の自動接合機
が、接着テープの送出部と上、下に移動するカッター付
き押板とを有し、上記の電子制御器による電気制御によ
って、再接続される左、右のネガフィルム端の衝合部の
上方に接着テープを送出すると共に、カッター付き押板
が下降して接着テープを、上記衝合部に跨って接着する
と同時にネガフィルムの両側辺において切断する構成の
現像、乾燥済み長尺ネガフィルムの自動仕分は巻取り装
置。[Claims] 1. From a long negative film made by connecting a number of negative films of different screen sizes that have been developed and dried using a cine-type automatic processor, the screen of the negative film is An optical detector detects the size and the joint of the negative film and sends it out as an electrical signal, and an electric sensor detects the joint of the negative film, which has different screen sizes for the front and rear negative films of the above-mentioned long negative film. An automatic cutting machine that cuts under control, and an automatic splicing machine that cuts under electrical control, and the rear end of the same type of negative film of the same type of cylinder size that was cut earlier are reconnected to the front end of the cut long negative film. An automatic reconnection mechanism that aligns and joins at the joining position, and a multi-stage guide path configuration that moves up and down under electrical control to convert the guide path and sort and separate negative film by screen size type. The automatic sorting system has a guide path, the automatic sorting system has a drive roller driven by a pulse motor that conveys the negative film in the forward and reverse directions under electrical control, and is connected to each stage of the guide path. Development and drying characterized in that the automatic cutting machine, automatic reconnection mechanism, and automatic sorting described above are equipped with an electronic controller that electrically controls the guide path and the pulse motor of the drive roller in response to an electric signal from the detector. A winder automatically sorts finished long negative films. 2. An automatic developing and drying long negative film having separate shafts for respectively winding up reconnected negative films sorted by the same type of screen size and conveyed from the drive roller according to claim 1 above. Sorting is done by a winding device. 3. The automatic reconnection mechanism according to claim 1 above is configured by the electronic controller to transfer the front end of the long negative film cut by the automatic cutting machine to the joining position of the automatic joining machine. The above-mentioned automatic sorting is carried out by the transfer roller by an electrically controlled pulse motor and the electric control by the above-mentioned electronic controller. a means for returning the rear end of the same type of negative film of the same screen size cut to the joining position of the automatic splicing machine; and a collision detection means for detecting the collision of the rear edges and transmitting an electric signal to the above-mentioned electronic controller to stop the left and right negative films; It consists of an automatic splicing machine that splices together under electrical control by the electronic controller mentioned above, and a winding device that automatically sorts the developed and dried long negative film. 4. The automatic bonding machine according to claim 1 or 3 above has an adhesive tape delivery section and a push plate with a cutter that moves upward and downward, and is electrically controlled by the above electronic controller to The adhesive tape is sent out above the abutment between the left and right ends of the negative film to be connected, and at the same time, the push plate with a cutter descends and adheres the adhesive tape across the abutment, and at the same time both sides of the negative film are fed out. The developing device is configured to cut at the edges, and the winding device automatically sorts the dried long negative film.
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP55011643A JPS5852218B2 (en) | 1980-02-01 | 1980-02-01 | Automatic sorting and winding device for developed and dried long negative film |
| US06/200,043 US4319946A (en) | 1980-02-01 | 1980-10-22 | Apparatus for classifying and reorganizing a processed long length of film into lengths of film having same frame size |
| DE3046558A DE3046558C2 (en) | 1980-02-01 | 1980-12-10 | Apparatus for automatically classifying roll films assembled to form a composite film strip and regrouping the same in composite film strips consisting of films of the same image format |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP55011643A JPS5852218B2 (en) | 1980-02-01 | 1980-02-01 | Automatic sorting and winding device for developed and dried long negative film |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS56109349A JPS56109349A (en) | 1981-08-29 |
| JPS5852218B2 true JPS5852218B2 (en) | 1983-11-21 |
Family
ID=11783626
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP55011643A Expired JPS5852218B2 (en) | 1980-02-01 | 1980-02-01 | Automatic sorting and winding device for developed and dried long negative film |
Country Status (3)
| Country | Link |
|---|---|
| US (1) | US4319946A (en) |
| JP (1) | JPS5852218B2 (en) |
| DE (1) | DE3046558C2 (en) |
Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP3129879B2 (en) * | 1993-06-03 | 2001-01-31 | ノーリツ鋼機株式会社 | Photosensitive material processing equipment |
| JP3168808B2 (en) * | 1994-03-04 | 2001-05-21 | ノーリツ鋼機株式会社 | Splicer for forming leader and film connector |
| EP0726496B1 (en) * | 1995-02-08 | 2004-07-28 | Noritsu Koki Co., Ltd. | Photographic film processing apparatus |
| FR2813962B1 (en) * | 2000-09-13 | 2002-11-08 | Bertin Technologies Sa | MACHINE AND METHOD FOR RESTORING CINEMATOGRAPHIC FILMS |
| CN115070866B (en) * | 2022-07-27 | 2023-01-10 | 江苏航奥智能装备有限公司 | Die-cutting machine receiving device for optical composite membrane |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3925143A (en) * | 1974-06-03 | 1975-12-09 | Bruce D Aldo | Method and apparatus for automatically splicing film |
| DE2553611C3 (en) * | 1975-11-28 | 1979-04-05 | Agfa-Gevaert Ag, 5090 Leverkusen | Overhead gluing machine |
-
1980
- 1980-02-01 JP JP55011643A patent/JPS5852218B2/en not_active Expired
- 1980-10-22 US US06/200,043 patent/US4319946A/en not_active Expired - Lifetime
- 1980-12-10 DE DE3046558A patent/DE3046558C2/en not_active Expired
Also Published As
| Publication number | Publication date |
|---|---|
| DE3046558A1 (en) | 1981-09-24 |
| US4319946A (en) | 1982-03-16 |
| DE3046558C2 (en) | 1983-02-03 |
| JPS56109349A (en) | 1981-08-29 |
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